mirror of https://github.com/CGAL/cgal
3c02e07b23
CMake gives an error if one tries to use cmake_policy(VERSION x.y.z) if x.y.z is greater than the current CMake version. |
||
|---|---|---|
| .. | ||
| include/CGAL/Nef_3 | ||
| CMakeLists.txt | ||
| README | ||
| TODO | ||
| cube.off | ||
| mpi.vsh | ||
| nef_3_extended.cpp | ||
| nef_3_filtered.cpp | ||
| nef_3_homogeneous.cpp | ||
| visual_hull.cpp | ||
| visualization_SM.cin | ||
| visualization_SM.cpp | ||
| visualization_SNC.cin | ||
| visualization_SNC.cpp | ||
README
demo/Nef_3/README
=================
The visualization of these demo programs only work with QT and OpenGL.
If you have Qt and OpenGL install, but GL.h and GLU.h are not found,
see http://doc.trolltech.com/3.3/opengl.html.
nef_3: This program maintains a stack of Nef_3 polyhedra and accepts
------ a little language to manipulate this stack, load files, apply
boolean operations, save files, etc.
visualization_SM: This program shows how to display the sphere map of
---------------- a vertex in an Nef_polyhedron_3. The program expects
a 3D Nef polyherdon from standard in. For example
call ./visualization_SM < visualization_SM.cin
visualization_SNC: This program shows how to display Nef_polyhedron_3.
----------------- The program expects a 3D Nef polyhedron from
standard in. For example call
./visualization_SNC < visualization_SNC.cin
visual_hull: This program computes the visual hull of a 3D Object
----------- photographed by several cameras. Each camera returns
one polygon that resembles the shape of the 3D Object
from the camperas point of view. The visual hull is
an approximation of the original 3D Object. From a
camara photos, we compute a cone that tightly covers
all 3D Objects that could have caused the photographed
shape. The intersection of all cones is the visual hull.
File format .vsh (no comments allowed):
---------------------------------------
<point> \\ minimum and maximum coordinates of
<point> \\ some box enclosing the 3D object.
int \\ number of cameras.
<camera>* \\ position and photo of cameras
camera
------
<point> \\ position of camera.
int \\ number of facet cycles of photo shape
<facet cycle>* \\ cycle data of facet cycles
facet cycle (first one is outer cycle, others bound holes)
-----------
int \\ number of points in the cycle.
<point> \\ points of facet cycle
\\ (must lie in common plane)
point
-----
double double double \\ coordinates of point
cube.off,
visualization_SNC.cin,
visualization_SM.cin: example input file
--------
mpi.vsh: example input file for visual_hull.
------ Call: visual_hull mpi.vsh